Contemporary White Plastic Bar Stool with Interlacing Backrest

This contemporary white plastic bar stool, modelled in 3ds Max, features a distinctive interlacing backrest and a sleek, monobloc-inspired frame. Characterised by its fluid, organic lines, this bar stool is constructed from a singular piece of molded plastic. The backrest is defined by a complex, interlacing geometric pattern that flows seamlessly into the armrests and seat. The structure is supported by four slender, slightly tapered legs, connected by a square footrest rail that ensures both stability and comfort. The finish is a clean, uniform white, providing a minimalist aesthetic suitable for various modern interiors. Its proportions are slim, making it an efficient choice for compact kitchen islands or high-top bar counters in public spaces.

The download is a 3.9 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

To integrate this asset, merge the 3ds Max file into your scene using the layer manager to maintain project organisation. The geometry is clean, allowing for easy placement at bar-height surfaces. Apply standard material shaders to the plastic surface to achieve the desired level of gloss or matte finish. If necessary, adjust the pivot point to the base of the legs for precise snapping to floor levels. The model is scaled for standard counter heights, requiring minimal adjustments for most architectural interior projects.

This bar stool is an ideal selection for residential kitchen islands, breakfast bars, and high-top dining areas in contemporary apartments. It also performs well in commercial hospitality settings, such as cafes, boutique bars, and modern office break-out spaces. Designers often pair this piece with minimalist or industrial-style interiors to add a touch of organic sculptural form. Search for this item when specifying seating that requires a lightweight, durable, and visually striking profile for bar-height applications in open-plan living or public dining environments.